Physikalische Mathematik

Self-Similar Formation of Quantum Coherent Correlated States-the Universal Method for Solving and Optimization of LENR Problems

Abstract

Vladimir Vysotskii

In the report the applications of quantum coherent correlated states (CCS) of interacting particles for solving of main problems of nuclear reactions at low energy (LENR) are discussed and short analysis of successful LENR experiments is done. Among well-known LENR problems and paradoxes three are the most important: a) Absolutely anomalous and mysterious for "standard" nuclear physics the very high (giant) Coulomb barrier transparency for light, intermediate and heavy charged particles at low (e.g. room temperature) energy; b) Absolute ban on realization of those channels of LENR that lead to the formation of radioactive daughter isotopes; c) Very sharp suppression of intensity of gamma-ray radiation during LENR (compared to the same reactions carried out at high energy).